Hydrogen and e-Mobility: Technologies, Integration, and Optimal Management demystifies hydrogen-fueled transport, from foundational principles to real-world implementation and problem-solving. The book presents conceptual methodologies and techno-economic solutions for the applications of hydrogen in e-mobility, including system aspects of hydrogen-based mobility. This holistic approach covers essential technologies from the fundamental economic and technical assessment of hydrogen-capable vehicles to charging infrastructure, energy storage solutions, and urban public transport.
Presenting a coherent program from global experts, this book supports readers taking their first steps in hydrogen vehicles and offers new insights to researchers and engineers looking for more advanced applications.
1. Title of Book - p. i 2. Cover image - p. i 3. Title page - p. ii 4. Table of Contents - p. iii 5. Copyright - p. iv 6. List of contributors - p. xi 7. Preface - p. xiii 8. Part I: Fundamentals - p. P1 9. Chapter 1. e-Mobility: technologies, current applications, and future trends - p. 3 10. Chapter 2. Fuel-cell electric vehicle technologies - p. 21 11. Chapter 3. Battery electric vehicles vs hydrogen fuel cell vehicles - p. 33 12. Chapter 4. Economic analysis of hydrogen-based mobility - p. 45 13. Chapter 5. Marketing for hydrogen-based mobility - p. 69 14. Part II: Energy - p. P85 15. Chapter 6. The role of hydrogen mobility in the operation of active distribution networks - p. 87 16. Chapter 7. Modeling hydrogen mobility in a multi energy framework - p. 105 17. Chapter 8. Impacts of hydrogen storage in hydrogen-based mobility - p. 121 18. Chapter 9. Power system resilience and hydrogen vehicles - p. 141 19. Chapter 10. Hydrogen production, delivery pathways, and distribution for transportation - p. 155 20. Part III: Transportation - p. P181 21. Chapter 11. Refueling infrastructure from various hydrogen sources: Layout and energy performance - p. 183 22. Chapter 12. Hydrogen mobility and operation of transportation network - p. 207 23. Chapter 13. Marine hydrogen vehicles: investigates the application of hydrogen technology in maritime transportation, discussing challenges and opportunities for implementing hydrogen-based solutions - p. 223 24. Chapter 14. Hydrogen-based trains, trucks, and buses: techno-socio-economic challenges and perspective - p. 241 25. Index - p. 257
Hydrogen and e-Mobility: Technologies, Integration, and Optimal Management demystifies hydrogen-fueled transport, from foundational principles to real-world implementation and problem-solving. The book presents conceptual methodologies and techno-economic solutions for the applications of hydrogen in e-mobility, including system aspects of hydrogen-based mobility. This holistic approach covers essential technologies from the fundamental economic and technical assessment of hydrogen-capable vehicles to charging infrastructure, energy storage solutions, and urban public transport.
Presenting a coherent program from global experts, this book supports readers taking their first steps in hydrogen vehicles and offers new insights to researchers and engineers looking for more advanced applications.
1. Title of Book - p. i 2. Cover image - p. i 3. Title page - p. ii 4. Table of Contents - p. iii 5. Copyright - p. iv 6. List of contributors - p. xi 7. Preface - p. xiii 8. Part I: Fundamentals - p. P1 9. Chapter 1. e-Mobility: technologies, current applications, and future trends - p. 3 10. Chapter 2. Fuel-cell electric vehicle technologies - p. 21 11. Chapter 3. Battery electric vehicles vs hydrogen fuel cell vehicles - p. 33 12. Chapter 4. Economic analysis of hydrogen-based mobility - p. 45 13. Chapter 5. Marketing for hydrogen-based mobility - p. 69 14. Part II: Energy - p. P85 15. Chapter 6. The role of hydrogen mobility in the operation of active distribution networks - p. 87 16. Chapter 7. Modeling hydrogen mobility in a multi energy framework - p. 105 17. Chapter 8. Impacts of hydrogen storage in hydrogen-based mobility - p. 121 18. Chapter 9. Power system resilience and hydrogen vehicles - p. 141 19. Chapter 10. Hydrogen production, delivery pathways, and distribution for transportation - p. 155 20. Part III: Transportation - p. P181 21. Chapter 11. Refueling infrastructure from various hydrogen sources: Layout and energy performance - p. 183 22. Chapter 12. Hydrogen mobility and operation of transportation network - p. 207 23. Chapter 13. Marine hydrogen vehicles: investigates the application of hydrogen technology in maritime transportation, discussing challenges and opportunities for implementing hydrogen-based solutions - p. 223 24. Chapter 14. Hydrogen-based trains, trucks, and buses: techno-socio-economic challenges and perspective - p. 241 25. Index - p. 257
